Create Unity UGUI screens with Model-View bindings and prefab generation.
npx skills add https://github.com/igot-ai/os-twin --skill add-ugui-view
Please help me install this Agent Skill. Skill: Add UGUI View Source: https://github.com/igot-ai/os-twin/tree/main/.agents/skills/roles/game-engineer/add-ui Command: npx skills add https://github.com/igot-ai/os-twin --skill add-ugui-view
This skill helps Unity developers rapidly create a new UI screen using Vertical Slice Architecture and MVC/MVP patterns, including model-view bindings, DI wiring, and prefab integration, to ensure clean separation of concerns and scalable UI code.
Follow the Add UI Screen workflow to create a new Unity UI view end-to-end.
High-intent search queries and answers about installing and using this skill.
To create a Unity UGUI screen, this skill automates structuring Model-View bindings, DI wiring, and prefab generation using Vertical Slice Architecture and MVC/MVP patterns. It guides you through detection, design, model, view, binding, and prefab integration steps.
The best way to structure Unity UI code for separation of concerns is using Vertical Slice Architecture with MVC/MVP patterns. This skill generates Model-View bindings and prefab scaffolding, ensuring scalable UI modules through a structured workflow.
Yes, this Unity UI workflow requires ReactiveProperty bindings to connect the Model and View layers. It uses these reactive bindings alongside frontmatter-backed skill descriptions to automate the creation and validation of UGUI screens.
To integrate a Unity UI prefab with ScreenManager, this skill automates prefab generation and registration for validation. It produces prefab-ready scaffolding with wired components, supporting visual validation and integration within the Unity workflow.
Yes, you can use this skill to generate Unity prefab scaffolding for reusable UI modules. It produces prefab-ready output by automating component wiring and DI integration, creating a cohesive UI screen structured for scalable development.
The Unity UI screen creation workflow involves six steps: detection, design, model, view, binding, and prefab integration. This structured approach ensures cohesive UI module generation from initial design to final ScreenManager registration.
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